AP7361C-10D-13

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AP7361C-10D-13 is a PMIC (power management integrated circuit) with a built-in regulated voltage source. It is a linear voltage regulator type, which provides a constant regulated voltage source output as long as the input voltage is above the device’s maximum rating. The AP7361C-10D-13 contains an on-board voltage-regulator, MOSFET, inductor, and diode, as well as a circuitry which controls the operation of the device. This PMIC provides low operating temperatures, low standby current, high efficiency operation, and adjustments for multiple output voltage levels.

The main application field of AP7361C-10D-13 is for providing a regulated voltage source for power supplies and battery charging in portable electronic devices, such as mobile phones, tablet PCs, laptops, etc. Besides, this PMIC also finds applications in power-supply/battery-charger applications and other rechargeable system applications.

The PMIC features an integrated on-board regulator which allows for adjustable output voltage range. The regulator operates by comparing the reference voltage at a predetermined output voltage level to the input voltage. If the input voltage is greater than the output voltage, the regulator reduces the input voltage to a level that is equal to the output voltage, creating an output voltage that is stable and constant.

This PMIC also features an internal MOSFET, which provides an efficient and low-noise connection between the input and output. The MOSFET is controlled by the on-board circuitry, which turns it on and off to regulate the flow of input power from the input to the output. This ensures that the output voltage remains at the specified level, regardless of the input voltage.

The AP7361C-10D-13 also contains an on-board inductor and diode, which are used to create the electrical connection from the input voltage to the output voltage. The inductor helps to store the energy from the input voltage, while the diode prevents reverse current flow from the output voltage to the input voltage. This ensures that the output voltage remains at the predetermined level, regardless of the input voltage.

The AP7361C-10D-13 is also equipped with an on-board circuit which detects the input voltage level and adjusts the output voltage accordingly. The device can be programmed to adjust the output voltage to multiple levels, making it suitable for various applications.

The AP7361C-10D-13 is also a low-standby-current device, which helps to conserve energy and reduce power consumption. It takes only a few microamps of current when the device is in standby mode. This makes the device an ideal solution for applications which need to conserve energy and reduce power consumption.

The AP7361C-10D-13 is a highly efficient PMIC, with ratings of up to 97% efficiency. This makes it ideal for applications which need efficient conversion of input power to output power, and at the same time reduce power consumption.

In conclusion, the AP7361C-10D-13 is a linear voltage regulator type PMIC which provides a highly efficient, low standby power consumption, and adjustable output voltage range. It finds applications in portable electronic devices, such as mobile phones, tablet PCs, laptops, etc. and other power supply/battery chargers. The device also features an on-board MOSFET, inductor, and diode, which provide an efficient electrical connection from the input voltage to the output voltage. With its high efficiency ratings, low standby current, and adjustable output voltage levels, the AP7361C-10D-13 is a highly reliable and efficient PMIC for a variety of applications.

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